According to the GO (Gene ontology) categories, in group 1, the 1519 identified DE genes were categorized into three major functional groups: cellular component, molecular function, and biological process.
From the putative functions of these 89 genes, we found 6 major functional groups: transcription factors (13 genes), phytohormone metabolism, signaling and response (6 genes), cell wall-degrading or modification (5 genes), defense function (8 genes), lipid metabolism (6 genes) and transporter/channel proteins (6 genes) (Table 1).
As with the human CYP genes, the CYP genes in zebrafish occur in two major functional groups: those families that include enzymes involved primarily in endogenous functions (CYP families 5-51; Table 1); and those that include enzymes involved heavily in oxidation of xenobiotics (CYP families 1-3, and to a lesser degree family 4; Table 2).
We identified 6,718 human membrane proteins and classified the majority of them into 234 families of which 151 belong to the three major functional groups: receptors (63 groups, 1,352 members), transporters (89 groups, 817 members) or enzymes (7 groups, 533 members).
Relationships between water cut, major functional groups and mixture physicochemical properties were developed.
The C S and C PO bondings as major functional groups are simultaneously incorporated into the surface of SP-AG.
Fourier Transform Infrared Spectroscopy was also confirmed the presence of betalain pigment by identifying the major functional groups.
The characteristics and distribution of major functional groups of HRRMA before and after thermal aging and UV aging were analyzed by infrared spectrum.
Fourier transform infrared (FTIR) and nuclear magnetic resonance (NMR) analysis showed the characteristics and distribution of the major functional groups of modified asphalt before and after ageing.
The degree of oxidation of FG and the content of major functional groups on the surface of products can thus be optimized.
Molecular orientation of the four major functional groups, NH, CH-, C=O, and C=C representing the domain, matrix, and interface region were measured as a function of strain for uncracked samples using the i.r.-dichroism technique.
